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Can you answer this Science Question ??

#1

This is an application - based science question for you guys to answer.
(It's a question which I failed to answer correctly in my exam sadly.)

You are performing a science experiment using an empty jam bottle.What is the arrangement of molecules inside the empty jam bottle ??

Some information to help you guys -

Matter - Anything that has mass (weight ) and occupies space.

Molecules - Lots of very tiny particles formed by atoms that make up matter.

The three states of matter - Solids , Liquids and Gases

Arrangement of molecules - Solids - Very tightly packed , Liquids - Loosely packed and Gases - Very loosely packed

Happy Thinking !!!😊😊😊😊

This is an application - based science question for you guys to answer. (It's a question which I failed to answer correctly in my exam sadly.) You are performing a science experiment using an empty jam bottle.What is the arrangement of molecules inside the empty jam bottle ?? Some information to help you guys - Matter - Anything that has mass (weight ) and occupies space. Molecules - Lots of very tiny particles formed by atoms that make up matter. The three states of matter - Solids , Liquids and Gases Arrangement of molecules - Solids - Very tightly packed , Liquids - Loosely packed and Gases - Very loosely packed Happy Thinking !!!😊😊😊😊
#2

Dude, jam is a semi-solid, so.......
Is it kinda loosely but kinda tightly packed?

Dude, jam is a semi-solid, so....... Is it kinda loosely but kinda tightly packed?
#3

An empty jam bottle at atmospheric pressure contains air, i.e. in gaseous state mainly nitrogen N2, oxygen O2, argon Ar, water vapor H2O, carbon dioxide CO2.
The inner surface of the jam bottle will also contain liquid and solid residues of the jam like sugar (C6H10O5)n

An empty jam bottle at atmospheric pressure contains air, i.e. in gaseous state mainly nitrogen N2, oxygen O2, argon Ar, water vapor H2O, carbon dioxide CO2. The inner surface of the jam bottle will also contain liquid and solid residues of the jam like sugar (C6H10O5)n
#6

When the jam bottle is empty in the true sense of the word then there are no molecules in it.

When it is empty in the colloquial sense there is air in it which is a gas.

When the jam bottle is empty in the true sense of the word then there are no molecules in it. When it is empty in the colloquial sense there is air in it which is a gas.
#7

Thanks for off-loading your homework to us, we are honored.

If it's an empty jam bottle then firstly there is no jam in it, saving us the complex sugar or semi-liquid considerations.
If it were truly an empty jam bottle then there would be no molecules in it, so their arrangement would be that they are not there. If there are molecules in your jam bottle then it is not empty. (Hopefully you are performing your experiment in a vacuum so as to not implode the jar.)

If it's just an "empty" jar bottle then there's some air in it in the form of a gas, regular gaseous air that is, the kind that you breathe for breakfast.

Thanks for off-loading your homework to us, we are honored. If it's an empty jam bottle then firstly there is no jam in it, saving us the complex sugar or semi-liquid considerations. If it were truly an empty jam bottle then there would be no molecules in it, so their arrangement would be that they are not there. If there are molecules in your jam bottle then it is not empty. (Hopefully you are performing your experiment in a vacuum so as to not implode the jar.) If it's just an "empty" jar bottle then there's some air in it in the form of a gas, regular gaseous air that is, the kind that you breathe for breakfast.
#9

Omg, now only I'm noticing! No way! He tricked me, LOL, the jam bottle is empty. Hahaha, good one.
So it is very loosely packed.

Omg, now only I'm noticing! No way! He tricked me, LOL, the jam bottle is empty. Hahaha, good one. So it is very loosely packed.
#10

#7
Even if the jam bottle is cleaned thoroughly with several dish washing turns and sucked vacuum thoroughly with a steam ejector, then there will still be gas molecules and residues both on the surface and in the bottle. Even in very high vacuum applications monolayers of gas molecules adhere to the surface. Gas chromatography/mass spectrometry can still demonstrate what kind of jam has been inside.

#7 Even if the jam bottle is cleaned thoroughly with several dish washing turns and sucked vacuum thoroughly with a steam ejector, then there will still be gas molecules and residues both on the surface and in the bottle. Even in very high vacuum applications monolayers of gas molecules adhere to the surface. Gas chromatography/mass spectrometry can still demonstrate what kind of jam has been inside.

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